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This collection presents the publications of the Laboratory of Excellence in Chemical Kinetics and Aerothermodynamics for Clean and Safe Propulsion and Energy Systems - Labex CAPRYSSES (ANR-11-LABX-0006-01) which brings together 150 researchers, lecturers/researchers and PhD students.
Supported by the ICARE, PRISME and GREMI laboratories, Labex CAPRYSSES maintains cooperation with 25 industrial partners.

The three research areas of the Labex CAPRYSSES are :
  • Combustion : Internal combustion engines, gas turbines and gasification
  • Propulsion: Aerospace propulsion
  • Industrial safety: Mitigation of chemical explosion and safety of industrial sites


Cinétique chimique et Aérothermodynamique pour des Propulsions et des Systèmes Energétiques Propres et Sûrs.

Update: October 2022.

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LABEX Caprysses Collaborations




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Terpenes Droplet Pollutant emissions Diethyl ether Low-temperature oxidation Micro-combustion Kinetics modeling Engine conditions Laser Rayleigh scattering Oxidation -mechanism High resolution mass spectrometry Flame wrinkling Stereo-PIV Laminar burning velocity Kinetics Auto-ignition Microgravity Oxidation Rarefied flow Diffusion flame FREI OH Keto-hydroperoxides Plasma Actuator Orbitrap Burning velocity Ignition Orbitrap-HRMS Hydrogen Oxidizer efficiency Electric field Ammonia Turbulent premixed combustion Supersonic Laminar diffusion flame Methane Flame vortex interactions High-resolution mass spectrometry Cool flame Rapid compression machine Flame stretch Biofuels Flickering Jet stirred reactor N-heptane Rate constant HOMs Ethylene Hydrothermal carbonization Autoxidation Aluminum combustion Limonene Propyl acetate Swirling flame Jet-Stirred reactor Biofuel Combustion Differential diffusion Turbulent flame Cinétique Alkyl nitrates Orbitrap mass spectrometry Dipropyl ether Olive pomace SOA Highly oxygenated molecules Ketohydroperoxides Falloff curve Motored engine Pentanol Ionization of plasmas Swirling instability Steam Pyrolysis Spherical flames Kinetic modelling Laminar flame Modeling Flame structure Shock tube Orbitrap MS Non-premixed combustion Kinetic modeling Atmospheric lifetime Oxidation mechanisms Aerosol Oxydation Oxygen enrichment Laminar flame speed Chemiluminescence Flammability Hydrochar Spectroscopy Residence time Spherically expanding flame Shock wave Jet-stirred reactor Flame/vortex interaction Kinetic model Burning time